The theme of React Native is to “Learn once, write everywhere”. Let’s explore what this theme represents.

“Learn once”

This statement signifies the single language nature of React Native, i.e. JavaScript. We will talk about JavaScript in more detail further on in this article.

“Write everywhere”

This statement signifies the fact that React Native can be used to code for any mobile platform making it exceedingly powerful. It also shows the power of re-usability of code that allows developers who are coding for one platform to import a major chunk of their code to a separate platform without having to make significant changes to the code base.

Let’s see what JavaScript really is and what it is capable of:

JavaScript, along with HTML and CSS is what is today considered the backbone of the modern World Wide Web or WWW as it is popularly known.

It was built as a high level, interpretive language for front end development to build interactive websites, and was developed by Brendan Eich who was also the co-founder of the Mozilla foundation.

Earlier though, Netscape and Sun Microsystems came together to implement the newly developed JavaScript in the Netscape Navigator browser which provided interactive capabilities to the browser and allowed for it to host interactive websites.

In November of 1996, Netscape submitted JavaScript to the European computer manufacturers association or ECMA which led to the official release of the language specification called ECMAScript. JavaScript versions to do this date are released as ES(version).

JavaScript remained a popular language but only to those doing front-end development, until 2009 when Ryan Dahl used the V8 JavaScript engine found in Google’s Chrome browser to create NodeJS which gave JavaScript freedom from the browser, allowing it to be used for back-end development as well.

History of React Native:

JavaScript shot up in popularity and soon became the fastest-growing computer language in the world. Many companies decided to use JavaScript libraries to further their own technology.

In 2012, Mark Zuckerberg, the CEO of Facebook noted that their bet on HTML had not worked and that Native technology was the way forward. He promised that Facebook would soon provide a better mobile experience.

Jordan Walke, a Facebook employee found a way to access UI elements for iOS using a background JavaScript thread and an internal hackathon was organised in Facebook to perfect this prototype.

In 2015, Facebook officially launched React Native and revealed that they had been using the technology in their Group app as well as their Ads manager app successfully.

React Native was built very similarly to the pre-existing React technology that Facebook had created for Web design purposes. React Native unlike React did not manipulate the DOM and did not use HTML. Instead, JavaScript was used to manipulate native views.

A few additional Pros of React Native:

Cross-platform Development: Not only can code be created for both platforms simultaneously but the components of code used for one platform can be reused separately for the other platform.

Cost-saving: Development costs of the company reduce when a single team of developers are used to build applications for multiple platforms, using a single language (in this case JavaScript)

Fast performance: React Native uses both CPU and GPU of the mobile to render on the display which helps increase the speed/performance of the application.

Web development: Yeah, sounds unreal but React Native can be used to make web apps. It is still not mainstream but the implications are that a developer can create an application on every platform (Android, iOS, and the web) with reusable components.

]]>https://www.suffixtree.com/blog/what-is-react-native/feed/0What is Cloud ERP? Cloud-Based ERP Definitionhttps://www.suffixtree.com/blog/what-is-cloud-erp-cloud-based-erp-definition/
https://www.suffixtree.com/blog/what-is-cloud-erp-cloud-based-erp-definition/#respondThu, 18 Jul 2019 06:17:40 +0000https://www.suffixtree.com/?p=2731ERP stands for enterprise resource planning, which is a type of software used by companies to manage information across the organization. Cloud ERP is a type of enterprise resource planning software that is present in a cloud computing platform, rather than on-premises within an enterprise’s own data centre.Organizations need advanced, globally-connected, and continuously updated software tools and systems that grant them to focus more of their time and energy on implementing growth initiatives and less on day-to-day IT management. That’s where cloud ERP comes into play.

Cloud ERP Concepts and List of Terms:

There are hundreds of ideas and terms that relate to cloud-based enterprise resource planning, but here are 14 worth understanding now before you decide to invest in cloud ERP for your business:

Cloud-based ERP: ERP software that exists and is managed offsite in the cloud by your vendor.

On-premises ERP:ERP software that is installed locally on your hardware and servers, and managed by your IT staff.

SaaS ERP:SaaS stands for software as a service. When you invest in SaaS ERP, your tools are hosted in the cloud as opposed to on your local machines. It is a hosting model for ERP software which involves a firm’s ERP software applications on a dealer’s servers. The goal of software-as-a-service ERP hosting is to reduce costs software, hardware and support.

Deployment strategy: This refers to the choices you have when it comes to how you implement and manage ERP software at your business. Examples of deployment strategies include on-premises, managed hosting, SaaS single-tenant, or SaaS multitenant.

End-to-end security: It refers to the secure and encrypted connection that exists between you and your dealer when you manage and access business and customer information in the cloud.

Cloud deployment: Cloud deployment of ERP software gives users with continuous updates and innovation of the tools they need to manage and grow their business. Because cloud ERP is hosted and managed online through end-to-end security, it allows users to access tools and information from anywhere.

IoT: IoT stands for Internet of Things. It refers to systems and tools that are interconnected through an online network. IoT systems allow machines and tools to talk to each other and work together to optimize performance with minimal human interaction or effort.

Global-ready ERP: Generally cloud-based ERP solutions are global-ready, so you can connect your employees, vendors, partners, and customers with accurate, real-time data. When everyone can access secure, up-to-the-minute information across your entire value chain, your team can collaborate more efficiently and make decisions more confidently.

Mobility solutions:Mobility solutions refer to tools, systems, and information that can be securely permeated by your team or customers via mobile devices such as smartphones from anywhere.

Shared infrastructure: It refers to any system that provides users with access to vendor tools in a shared network environment. With cloud ERP, the scale of shared infrastructure allows businesses to access continuously updated enterprise-grade tools at a fraction of the cost.

Agile systems:Agile systems allow teams to make efficient decisions that relate to the sustainability and future growth of their business. Applying lean and agile principles through cloud-based ERP software allows you to optimize processes and tasks to increase productivity, save costs, and boost profits.

Infrastructure costs: This refers to the amount of money you spend on on-premises technology to keep systems, information, and tools up-to-date and operating smoothly.

Disaster recovery: Disaster recovery is one example of the many security benefits of world-class cloud-based ERP. In the event of a major disruption, disaster recovery involves a set of policies, tools, and procedures that are provided and managed by your vendor to recover your data and systems for you.

High availability: High availability is another advantage of a well-designed cloud ERP solution. This term refers to systems that are built to be resilient and likely to operate continuously without failure for a long time, keeping your business running as usual.

Cloud ERP Benefits:

Today, more businesses are choosing to deploy ERP in the cloud than ever before.

Rapid updates and upgrades: Cloud ERP from Epicor offers instant and ongoing updates and upgrades to your ERP software and tools, so you never have to worry whether you are using the most up-to-date technology to suit your business needs. You also don’t have to spend time updating or hiring someone to update your systems like you would if you used an on-premises ERP system.

Lower up-front and operating costs: It isone of the biggest benefits offered by cloud ERP is that it’s much less expensive than traditional onsite ERP systems. When you deploy on-premises, you might pay for the software once by way of a license, but you have other costly expenses such as server purchase and ongoing maintenance, database creation and management, initial implementation, IT staffing, energy costs, and security and backup. With cloud ERP, you pay less upfront and your overall ongoing operating costs are much lower because the vendor takes care of updates, maintenance, and security for you.

Rapid implementation: Cloud ERP can also get up and running in much less time than on-premises ERP systems. With on-premises ERP, you have to worry about things like selecting and purchasing hardware, training IT staff, potentially hiring more people, implementing new data security protocols, and ensuring that everyone on your team has reliable access to the tools they need to help you grow your business. With cloud ERP, deployment and implementation are fast and painless. Deploying your software in the cloud is also reliable and offers easy data access in real-time from anywhere which can help make your entire team more collaborative and successful in their roles.

Scalability: It is built to help you scale operations at your company. Cloud ERP allows your team and partners to access information on a global level. With cloud ERP from Epicor, you also benefit from world-class security and system monitoring that allows you to grow quickly without having to wonder whether or not your information is safe.

Focus on core competencies: Because cloud ERP dealer takes on most of the burden associated with managing a complex ERP system, you can spend time on what matters most growing a sustainable, profitable operation. In other words, you get to focus on what you’re best at. When you don’t have to spend time worrying about software upgrades, downtime, and security issues, you get to spend time on areas that directly impact future business growth.

Improved accessibility, mobility, and usability: Cloud ERP is better in these areas than other types of ERP deployments. Because your ERP system is managed in the cloud and global-ready, your team can access the tools they need from anywhere using their mobile phones and an Internet connection. Information is accessible in real-time, so key business decisions can be made without having to wait until everyone is in the same room or accessing your ERP system from the same place. In other words, it helps you build a more agile team. This focus on instant accessibility and improved collaboration helps boost productivity both inside and outside your enterprise.

Improved system availability and disaster recovery: Data security is a very real concern for any team today that leverages the Internet to run their business. When you invest in cloud ERP, you put the responsibility on the shoulders of your vendor and they ensure that your system is protected from potential attacks or vulnerabilities. Epicor invests in world-class infrastructure and security to keep your system protected and allow you to focus on other areas of your business that require your attention.

Cost transparency:When you deploy cloud ERP systems, the cost is predictable and transparent. Either you pay a monthly subscription on the SaaS model, or you adhere to a PPU (pay-per-use) model. In addition, there are no unexpected expenses relating to software updates and technology upgrades with cloud ERP, as they fall under the responsibility of your vendor.

Sales automation: Sales automation is also optimized thanks to the global-readiness, real-time, and mobile access that comes with cloud ERP deployments. With cloud ERP, your partners, customers, and vendors can connect to your system seamlessly from anywhere in the world. Epicor Cloud ERP is highly reliable, and customers who deploy ERP through the cloud experience 99.5% or greater uptime.

Security standards and compliance:As mentioned, cloud-based ERP vendors like Epicor have world-class security support and protection for customers. Epicor has a comprehensive, end-to-end security model. We build security into every layer of the ERP environment and physical network interface cards, user passwords, and 24×7 system monitoring.

]]>https://www.suffixtree.com/blog/what-is-cloud-erp-cloud-based-erp-definition/feed/0What’s the Difference Between AR, VR, and MR?https://www.suffixtree.com/blog/whats-the-difference-between-ar-vr-and-mr/
https://www.suffixtree.com/blog/whats-the-difference-between-ar-vr-and-mr/#respondTue, 18 Jun 2019 06:44:45 +0000https://www.suffixtree.com/?p=2709To summarize a long story briefly, here’s the difference between virtual, augmented, and mixed reality technologies:

Mixed reality (MR) not just overlays but also anchors virtual objects to the real world.

Display Devices

Special Headsets or smart glasses

Headsets optional- can include holo-displays and other Tech

Headsets optional- can include holo-displays and other Tech

Image Source

Computer graphics or real images produced by a computer

Combination of computer-generated images and real-life objects

Combination of computer-generated images and real-life objects

Awareness

A perfectly rendered virtual object can be distinguished from the real deal

Virtual objects can be identified based on their nature and behaviour, such as floating text that follows a user.

A perfectly rendered virtual object can be distinguished from the real deal

Perspective

Virtual objects will change their position and size according to users perspective in the virtual world

Virtual objects behave based on the user’s perspective in the real world

Virtual objects behave based on the user’s perspective in the real world

Environment

Fully Digital

Both viral and real-life objects are seamlessly blended

Both virtal and real-life objects are seamlessly blended

Presence

The feeling of being transported to somewhere else with no sense of the real world

Feeling of still being in the real world, but with new elements and objects superimposed

Feeling of still being in the real world, but with new elements and objects superimposed

Not clear? Let’s go deeper into details.

Virtual Reality

As the name implies, you can simply tell what the VR technology does. It totally immerses you deep into the virtual world. The technology creates a virtual environment through which you can interact with. You become a part of this environment and you can migrate around in it. VR is a perceptive technology that has an impression on at least two of the five senses. These are vision and sound. The technology generates a strong understanding of being in a completely different place even when in the physical sense you are not there.

This technology immerses users in a totally virtual environment that is generated by a computer. The most high-level VR experiences also afford freedom of mobility, users can go in a digital environment and listen to sounds. Besides, unique hand controllers can be utilized to intensify VR experiences.

How is the VR achieved? You require to wear a special VR headset to experience virtual reality. Most VR headsets are connected to a computer or a gaming console (PlayStation VR) that is responsible for generating the virtual environment. however, there are standalone devices (like Google Cardboard) as well. Most standalone VR headsets operate along with smartphones. Insert a smartphone, use a headset, and immerse in the virtual reality.

Although the headset is the fundamental hardware for a VR setup, more input devices can be combined to immerse a user deeper into the virtual world. For instance, it can be intensified with motion trackers, haptic devices and treadmills. The VR headset is outlined to look like some sort of goggles. It holds a set of a lens which is specifically aligned to provide a 3D effect. There are some specialized software and sensors that are efficient for creating an intuitive virtual environment.

The most unique aspect about VR technology is it delivers high levels of immersion. There is some feeling of realism in the form that you interact with the new environment.

Virtual Reality technology is massively used in the entertainment world. For instance, it is applied in video games to improve the gaming experience. The technology also enhances the movie-watching adventure whereby it brings the virtual theatre. VR is already practiced in medical, military and business worlds.

Augmented Reality

As VR technology, Augmented Reality does not take you to the virtual world. It simply enhances things in your current world by superimposing virtual pictures into it. In mere terms, AR puts virtual objects into an environment that exists in the real world. For example, the technology makes it feasible to view a book on your table through your phone. The best popular application of AR technology is PokemonGo.

One of the essential features that address AR completely different from VR is it combines the real world objects and those that have been generated by the computer. For this purpose, it does not provide a totally immersive experience. This is unlike the VR technology that imitates the environment.

In augmented reality, users perceive and interact with the real world while digital content is appended to it. If this seems unclear think of Pokemon Go – millions of people across the world have been rushing with their smartphones in the hunt for small virtual creatures. That’s the most definite example of augmented reality.

Another outstanding feature of AR technology is the kind of hardware used. Unlike VR which heavily relies on a set of unique external hardware, AR can be accomplished without any external devices. Your smartphone is robust enough to deliver this technology. However, this doesn’t mean that an external device cannot be used. There are special headsets for AR yet they are somewhat different from the ones for VR. For AR the headset requires to be transparent unlike for VR the headsets are opaque.

How is the AR achieved? you merely require a smartphone and an AR application. The camera of your smartphone should possess the capacity to capture the real environment around you. On the other hand, the software or app will project and estimate computer-generated things.

One exemplary example of AR wearable product is Google Glass. It is outlined to deliver a digital overlay right in front of the users. Virtual Reality has diverse applications. In the medical world, it is applied to connect surgeons with each other, particularly while they are performing the same surgery. Engineers use this technology to build schematics. AR can also be applied to generate interactive input options which can take the place of a conventional keyboard.

Mixed Reality

people usually confuse MR and VR. This is mainly because both of them are observed as crossover technologies. In reality, there exists a thin borderline separating AR and MR. In case, Mixed Reality serves to combine the best features of virtual reality and those of augmented reality.

Mixed reality combines both aspects of the virtual world with those of the real world. It allows users to communicate with the two worlds. Unlike the AR, virtual objects in the MR are not merely overlaid. In fact, you can interact with them completely. This is the foremost feature that differentiates MR from AR. On the other hand, a user persists in a real-world environment. This makes the technology to be distinctive from the VR.

Mixed Reality begins with the real world. As time passes by, the digital elements are introduced into this world and a user is immersed in a virtual environment. Sounds like a VR, right? In MR, there is a close connection connecting the real world and the virtual environment. This is unlike in VR where the two are not connected.

Most people view MR as an enhancement of the AR. It combines some perception of immersion to the AR. There still ongoing research on MR technology. One of the popular devices is the HoloLens from Microsoft.

Summary

As you can perceive, VR vs AR vs MR technologies are quite complex and distinct from each other but they instantly gain the market and attract the attention of businessmen. These technologies will enable brands and sponsors to draw the attention of consumers. Thanks to immersion in virtual environments, users can experience amazingly strong emotions. If you know how to present these sensations to your audience, you can enhance the recognition of your brand.

Virtual Reality, Augmented Reality and Mixed Reality are new technologies that are transforming the way we observe things. Despite their diversity, all of them are applied to achieve their special purposes.

]]>https://www.suffixtree.com/blog/whats-the-difference-between-ar-vr-and-mr/feed/0What is Mixed Reality?https://www.suffixtree.com/blog/what-is-mixed-reality/
https://www.suffixtree.com/blog/what-is-mixed-reality/#respondTue, 21 May 2019 06:26:52 +0000https://www.suffixtree.com/?p=2701what is mixed reality ? Mixed reality(MR) is a significant advancement of augmented reality the technology behind 2016’s Pokémon GO phenomenon. In a “hybrid” environment, interactive virtual objects can be mapped to the physical environment, blending the real and the virtual.Mixed reality, also sometimes referred to as hybrid reality, is the merging of real and virtual worlds combining elements of both augmented reality and virtual reality to produce new environments and visualizations where real and digital objects co-exist and interact in real time.

How does Mixed Reality work?

By the development of the technology is shrouded in secrecy by the major players, all that is known on the operations of the technology is that it uses virtual reality and augmented reality as well as space and coordinates.

Magic Leap is the company at the lead in the development of mixed reality and they have remained tight-lipped about the finer details of what they are doing or developing. The scanty details we know, however, suggests that just like Hololens, mixed reality will use a projector for displaying images on semi-transparent materials which will then be reflected the eye with the help of beam-splitting technology.

Applications of Mixed Reality :

Due to the unique features and experiences offered by mixed reality, businesses, developers and the world, in general, is beginning to explore the various ways to utilize the technology for the best possible results. Present fields such as medicine, architecture and urban planning and education and training appear to be the greatest beneficiary of mixed reality technology.

Mixed Reality for sharing real-world virtual workspaces

In mixed reality, members of a team can network in a shared virtual world overlaid in the physical world. When a number of mixed reality devices are brought into a shared space, there will be the creation of new collaboration options.

A connected environment will thus be created where workers can collaborate and work together and interact with virtual items in the real world. This will be created by the utilization of image recognition and real-time mapping capabilities of mixed realities.

Sharing real-world virtual spaces through mixed reality can be especially beneficial for the sales team when making a pitch for a new offer. For example, a pharmaceutical sales rep can carry along two mixed reality devices to an appointment with the doctor. The doctor and the sales rep can then both wear the devices and see a model of the new drug as explained by the sales rep.

In this, they can then visualize the chemical composition of the drug and also simulate how the drug will move in the body to fight diseases. In such a shared experience, the sales rep will not only build deeper connections with the doctor but also offer a more detailed explanation of the product being offered.

Mixed reality for remote experts – over the shoulder coaching

Most businesses usually find it difficult to address all the support requests from all the clients in need of expert advice. It is not only costly to fly in specialists to fix things in different locations but also time-consuming. Besides, it is never adequate to troubleshoot an issue over the phone and video conferencing in such situations also have its limitations.

All these can now be evaded through the application of mixed reality for offering over the shoulder coaching remotely. Mixed reality, access to experts can be done fast and inexpensively. For instance, doctors in the healthcare industry can offer guidance and decisions to students or other doctors without the need of being in the actual locations.

Future of mixed reality:

Mixed reality comes along with the immeasurable potential of changing how people work, interact and communicate with the real world. As the technology evolves and the accompanying devices get smaller, it is expected that various sectors and industries will adopt the use of mixed reality in their day to day operations.

Additionally, since mixed reality experiences take place in the physical world, individuals are likely to react to them more emotionally than to mere digital experience. As technology develops, it is imperative for developers as well as the intended users to be aware of such issues and be ready to address them accordingly.

]]>https://www.suffixtree.com/blog/what-is-mixed-reality/feed/0Augmented Reality (AR) vs. Virtual Reality (VR): What’s the Difference?https://www.suffixtree.com/blog/augmented-reality-vs-virtual-reality-whats-the-difference/
https://www.suffixtree.com/blog/augmented-reality-vs-virtual-reality-whats-the-difference/#respondMon, 13 May 2019 11:53:52 +0000https://www.suffixtree.com/?p=2691Augmented reality and virtual reality are both are different concepts. But that readily distinguish them from one another. They sound similar, and as the technologies develop, they flow over into each other a bit. These days the terms augmented reality and virtual reality get thrown around a lot.

The use of augmented reality apps and games like Pokemon Go, thanks for a comeback with virtual reality headsets heralded by the Oculus Rift. virtual reality headsets completely take over your vision to give you the impression that you are somewhere else.

Augmented reality (AR):

The augmented reality technology is designed for completely free movement while projecting images over whatever you look at it. The concept extends to smartphones with augmented reality apps and games like Pokemon Go, which uses your phone’s camera to track your surroundings and overlay additional information on top of it, on the screen. Whereas virtual reality replaces our vision, augmented reality adds to it. Augmented reality devices like the Microsoft HoloLens and various enterprise level “smart glasses” are transparent, letting you see everything in front of you as if you are wearing a weak pair of sunglasses.

Augmented reality displays can offer something as simple as a data overlay that shows the time, to something as complicated as holograms floating in the middle of a room. Pokemon Go projects a Pokemon on your screen, on top of whatever the camera is looking at.

This AR technology has a distinct disadvantage compared with VR visual immersion. Virtual reality completely covers and replaces your field of vision, AR apps only show up on your smartphone or tablet screen, and even the HoloLens can only project pictures in a defined area in front of your eyes.

Augmented reality that overlays simple information over what you are looking at can function perfectly fine with 3DOF. However, most augmented reality applications require 6DOF in some form, tracking your physical position so the software can maintain consistent positions for the images it projects in 3D space.

Virtual reality (VR):

Virtual reality headsets fully take over your vision to give you the impression that you’re somewhere else. The HTC Vive, the Oculus Rift, and alternative headsets are completely opaque, blocking out your surroundings when you wear them. If you put them on when they are turned off, you might think you are blindfolded.

When the headsets turn on, however, the LCD or OLED panels inside are refracted by the lenses to full fill your field of vision with whatever is being displayed. It can be a game, a 360-degree video, or just the virtual space of the podium interfaces. Visually, you are taken to wherever the headset wants you to go to the outside world is replaced with a virtual one.

This means the headsets don’t just detect the direction in which you are facing, but any movement you make in those directions. This, joined with 6DOF motion controllers, lets you move around in a virtual space with virtual hands.

The disadvantage is that you need to be careful not to trip over any cable that connects the headset to your computer or game system.

What is the difference between AR and VR?

Augmented Reality Vs Virtual Reality accomplishes two very different things in two very different ways, despite the similar designs of the devices themselves. Virtual reality replaces reality, taking you somewhere else. Augmented reality adds to reality, projecting information on top of what you are already seeing. They are both powerful technologies that have yet to make their mark with consumers but show a lot of promise. They can fully change how we use computers in the future, but whether one or both will succeed is anyone’s guess right now.

]]>https://www.suffixtree.com/blog/augmented-reality-vs-virtual-reality-whats-the-difference/feed/0What is Augmented Reality?https://www.suffixtree.com/blog/what-is-augmented-reality/
https://www.suffixtree.com/blog/what-is-augmented-reality/#respondThu, 09 May 2019 07:11:02 +0000https://www.suffixtree.com/?p=2681What is Augmented Reality ? Augmented reality has come a long way from a science-fiction idea to a science-based reality. The costs of augmented reality were so large that designers could only imagine working on design projects that involved it today things have changed and augmented reality is even accessible on the mobile handset.
That means to design for augmented reality is now an option for all shapes and sizes of UX designers. This technology that converts our physical world by adding layers of digital information onto it. Augmented reality does not create the whole artificial environments to replace real with the virtual one.

How does Augmented Reality work?

Many of us think like augmented reality is technical side, i.e; how does augmented reality work. It has a certain range of data like (images, videos, animation videos) may be used and people will see the result in both natural and synthetic light.

Augmented reality can be displayed on various devices like screens, glasses, handheld devices, mobile phones, head-mounted displays. It involves technologies like simultaneous localization and mapping.

Augmented Reality Apps in the present marketplaces :

Games:

Pokemon go: Pokemon go doesn’t need any introduction or really any explanation why it is on the top of the list.

Ingress: Another release by Niantic Studio- the team behind Pokemon Go, released back in 2012 still famous.

Temple Treasure Hunt: This is a Geo-location based augmented reality app which you can play indoor as well as outdoor.

Genesis: This augmented reality app is based on card games. The characters on your card come to life.

Web Browser:

Wikitude: It is one of the most widely used augmented reality apps. It gives the information augmented over your real-time environment. It provides all the data that may help you while travelling like nearby ATMs, restaurants, subway etc.

Yelp Monocle: Yelp is related to Wikitude, displaying message augmented over your real-time environment. Monocle is a secret feature within Yelp which help you in finding and following the direction to the most regarded business or restaurants along with reviews, contact information etc.

Educational:

Quiver: Formerly known as ColAR, specially tailored for children, it brings your child’s 2-D colour book to live with animated images.

Elements 4D: This is developed by DAQRI, part educational story and part game this brings chemistry to life. This permits you to interact with 36 naturally occurring factors and learn about them.

Arlon Plants: using this app, students can explore interactive plants to learn about structure and parts. Using the Arlon trigger, students can even watch a plant grow and move in an AR experience.

What is virtual reality ? Virtual reality really makes it possible to experience anything, anywhere, anytime. It means experiencing objects or things through our computers that actually don’t really exist. With so many cameras and devices, it can be easy to feel left behind, and virtual reality is already becoming a very in-demand.

Virtual Reality is the most powerful term, even very famous companies such as (Google, Facebook) are currently using virtual reality and spending billions of dollars in virtual reality.

Instead of seeing a screen in front of them, users are interested and able to interact with 3D worlds. In this Blog is explained in the best way what is virtual reality technology and how does it work!

Some Very Common Types of Virtual Reality –

1- Fully-Immersive

2- Non-Immersive

3- Semi-Immersive

Key Elements of Virtual Reality –

1- Sensory Feedback

2- Virtual World

3- Immersion

4- Interactivity

How does virtual reality work?

There are a number of systems and hardware that will permit users to experience Virtual Worlds. These include headsets, headphones, specialized gloves and omnidirectional treadmills for running and jumping, thus allowing the wearer to explore the environment and to experience touch in a virtual world.

Our minds and our senses have evolved enough to actually work together in order to provide you detailed feedback of your immediate surroundings. Creating pleasant and effective Virtual Reality experiences can be so difficult. Moreover, for the virtual worlds to be convincing enough in order to fool your senses, the developers have to take into account your field of vision – that includes your external vision.

Why do we need Virtual Reality?

Virtual Reality will be used everywhere its such a technology that can be useful in many fields – not only in gaming, which was the first assignation, but also in

Education

Business

Science

Construction

Medicine

Fashion

Healthcare

Programming

Engineering

Media

Film

Virtual reality can also be defined as a credible, interactive 3D computer-created world for you to travel and to get the feeling that you are actually there, both physically and mentally.

Virtual Reality is essential:

Believable

You have to believe that you are already there, in the Virtual Reality world

Interactive

When you move, the Virtual Reality world must go with you

Computer-generated

Only powerful machines are fast enough to make interactive, alternative and believable worlds

Explorable

A Virtual Reality world has to be big enough and detailed for you to explore

Immersive

To be both interactive and believable, Virtual Reality needs to engage both your mind and your body

]]>https://www.suffixtree.com/blog/what-is-virtual-reality/feed/0TOP 15 Business Applications For Artificial Intelligence And Machine Learninghttps://www.suffixtree.com/blog/top-15-business-applications-for-artificial-intelligence-and-machine-learning/
https://www.suffixtree.com/blog/top-15-business-applications-for-artificial-intelligence-and-machine-learning/#respondThu, 02 May 2019 05:16:53 +0000https://www.suffixtree.com/?p=2665Business innovations and the opportunities that are being created is how enterprises discriminate themselves from the other. It is how they create value, and eventually, how they pass that value over to the client.
Business innovation isn’t that you can halt off and ignore about, rather, it is a constant force that is permitted by technologies and methodologies that are possible at each moment. Today, that technology is artificial intelligence.

Perception of how artificial intelligence (AI) and machine learning (ML) can profit your business seems like a daunting responsibility. But there are endless applications for these technologies that you can implement to make life easier. Artificial Intelligence and Machine Learning became more efficient in its operations and also excludes the tasks that appear to slow you down. AI-powered instruments and automated operations can be helpful to your company in order to enhance the utilization of its resources

Let us see some of the latest business applications for Artificial Intelligence And Machine Learning used by giant industries.

1.Powering Infrastructure, Solutions, and Services

To implement high performance at the scale required to support AI, organizations will probably require to enhance their network infrastructure. Also, AI is used in collaboration solutions, security, services, etc. For instance, AI/ML platforms are utilized to develop conversational interfaces to influence the next generation of chat and voice assistants.

2.Health Care Benefits

The benefits of leveraging AI and ML technology in healthcare have the potential to influence both equipment and patients. Some implementations comprise diagnostic abilities and predicting disease, customized treatment plans, enhanced electronic health records and more. The efficiency of machine learning can also detect diseases such as cancer shortly, thus conserving lives.

3.Cybersecurity Defence

Cybersecurity is a manpower constrained demand – consequently, there exist enormous possibilities for artificial intelligence (AI) automation. Frequently, AI is used to cause specific defensive features of cybersecurity more wide-reaching and effective. Resisting spam and detecting malware are some best examples. Extending the usage of AI for cyber defence is a good alternative. Machine learning techniques can be used to monitor system and human activity to detect potential malicious deviations.

4.Recruiting Automation

Recruiters have leveraged AI to execute their tasks smoother, quicker, and better. AI for recruiting is an emerging category of HR technology intended to decrease time-consuming activities like manually screening resumes. Screening resumes efficiently and time-effectively still endures the biggest challenge in talent acquisition: 52% of talent acquisition leaders say the toughest part of recruitment is recognizing the right applicants from a wide applicant pool.

5.Intelligent Conversational Interfaces

Developing a bot on a messaging platform or voice platform is not that challenging but making the bot intelligent enough to recognize natural language and respond naturally is non-trivial. Some of the significant conversational interfaces using AI and ML are natural language understanding, information extraction, query understanding and transformation, sentiment analysis, etc.

6.Reduced Energy Use And Costs

We use AI to cut energy use and reduce energy costs for drilling, crude and natural gas transportation, storage, and petroleum refining operations. Recently the industry has been looking at traditional data points. The AI application we operate can soon learn and predict impending energy load at levels as granular as a unique blending activity. This unlocks a complete range of opportunities to decrease waste, reduce peak demand and lower costs.

7.Becoming More Customer-Centric

Artificial intelligence pinpoints fields of opportunity and delivers individual insights that solve intricate business problems and drive innovation. AI is applied in better interpretation of customer acknowledgements to surveys and activities over time. Leading companies are steadily experimenting to determine a reliable way to apply AI to enhance the customer experience.

8.Predicting Vulnerability Exploitation

Machine learning is used to predict vulnerability in a piece of software will end up being used by attackers. The ML system will apparently be the portion of the developer’s software design tools and will automatically detect and fix vulnerabilities while the code is still in development.

9.Market Prediction

AI is used in a number of traditional places like personalization, habitual workflows, improved searching, etc. Predicting the market performance is one of the most challenging jobs to do. There are several factors associated with the prediction – physical factors vs. psychological, rational and irrational behaviour, etc.

10.Cross-Layer Resilience Validation

Cross-layer resilience, where resilience procedures beyond various layers of the system design stack interact to deliver optimized system tradeoffs, is required to succeed the so-called “resilience wall” in computing systems. A significant feature of cross-layer resilience is application-level error analysis, which permits cross-layer resilience approaches to be optimized for varying program areas. However, such an interpretation is challenging.

]]>https://www.suffixtree.com/blog/top-15-business-applications-for-artificial-intelligence-and-machine-learning/feed/0Top 10 Hot Artificial Intelligence (AI) Technologieshttps://www.suffixtree.com/blog/top-10-hot-artificial-intelligence-ai-technologies/
https://www.suffixtree.com/blog/top-10-hot-artificial-intelligence-ai-technologies/#respondFri, 26 Apr 2019 09:51:07 +0000https://www.suffixtree.com/?p=2659Every day we are wade through different top trending technologies. In 2019 people are gone through Artificial intelligence (AI), it is changing the way we think of technologies, there are multiple businesses profits obtained from artificial intelligence technology.

According to a narrative science report, 38% of the companies are surveys used artificial intelligence in past years, but this year the percentage will be increased to 62%. Now will go through a study performed by Forrester research, compared to past years the predicted 2019 will bring a more refined approach to going after the artificial intelligence opportunity.

But that’s not all, IDC estimated the artificial intelligence market will grow from $8 billion dollars to more than $47 billion by 2020.

Based on Forrester analysis, there are some top 10 hot artificial intelligence technologies.

1.Natural Language Generation: Natural Language generation is the use of artificial intelligence programming to produce written or spoken narrative from the dataset. Generally saying the right words in the right sequence to send a clear message that can be clearly understood by the hearer can be a tricky business. But for machines which prepares information in a totally different way than the human brain does, it can be trickier still.

It is the natural language processing job of generating natural language from a machine representation system. Natural Language Generation in a way acts opposed to Natural language understanding.

2.Speech Recognition: Speech recognition is the most important for human communication. But, the basic goal of speech processing is to implement interaction between a human and a machine. Presently used in interactive voice response systems and mobile applications. Sample vendors: NICE, Nuance Communications, OpenText, Verint Systems.

3.Virtual Agents:Sometimes it is called an intelligent virtual agent or chatbot. It is used to describe a program based on artificial intelligence that provides automated customer service. It has to refer human can work from home for a customer service agent remotely for their employer’s location.

Presently used in customer service and support and as a smart home manager. Any of the companies that give virtual agents include Amazon, Apple, Artificial Solutions, Assist AI, Creative Virtual, Google, IBM, IPsoft, Microsoft, Satisfi.

4.Machine Learning Platforms: Machine learning is one of the important branches of artificial intelligence. Its intent is to develop techniques that permit computers to learn. Presently the machines used in a wide range of enterprise applications, frequently involving prediction or division.

By implementing algorithms, APIs (application programming interface), development and training tools, big data, applications and other machines, machine learning platforms are gaining more and more friction every day.

5.AI optimized Hardware: Organizations are investing heavily in artificial intelligence with hardware designs intended to accelerate the following generation of applications. Graphics processing units and appliances particularly designed and architected to efficiently run AI oriented computational jobs.

6.Decision Management: It is used in a wide variety of enterprise applications, assisting in or operating automated decision-making. Combining artificial intelligence and decision management systems can take decision making to different levels.

Artificial intelligence capabilities help these decision management systems in interpreting customer data into predictive models of important trends. Today, a large amount of data is used for generating various models on a weekly basis or even on a daily basis that helps an organization in making decisions in fractional amounts of time.

7.Deep Learning Platforms: Artificial intelligence has multiple layers. It is a special type of machine learning consisting of AI. In machine learning, deep learning is the new big trend and fastest growing field.

Algorithms that use artificial intelligence networks to learn in multi-levels, corresponding to various levels of abstraction. Some of the deep learning applications have automatic speech recognition, image recognition. Currently, applications can be used in pattern recognition and classification applications supported by very large data sets.

8.Biometrics: This technology brings with the identification measurement and analysis of physical aspects of the body’s structure and form and human behaviour. It allows humans to communicate with machines including but not limited to image and touch recognition, speech, and body language. Presently used in marketing research.

9.Robotic Process Automation: Many companies are grown using Robotic Process Automation (RPA) to run their business processes quicker, more efficiently and more productively.

Robotic Process Automation (RPA), is a technology that increases the automation of business processes. The idea of process robotization is often noticed when we talk about AI (artificial intelligence). RPA is very advantageous for many areas of activity.

10.Text Analytics and NLP: Natural Language Processing refers to the AI method of communicating with an intelligent system using a natural language. Natural Language Processing refers to the AI method of communicating with an intelligent system using a natural language

]]>https://www.suffixtree.com/blog/top-10-hot-artificial-intelligence-ai-technologies/feed/0How people wade through one of the top trending technology (artificial intelligence)https://www.suffixtree.com/blog/how-people-wade-through-one-of-the-top-trending-technology-artificial-intelligence/
https://www.suffixtree.com/blog/how-people-wade-through-one-of-the-top-trending-technology-artificial-intelligence/#respondThu, 25 Apr 2019 11:15:13 +0000https://www.suffixtree.com/?p=2654Nowadays people will be showing more interest in learning new technologies. There are a number of top trending technologies in that Artificial intelligence is one of the top trending technologies. Who is wade through Artificial intelligence it is good for their career?

Artificial intelligence is one of the most important technologies in this world. Today the field of artificial intelligence is more alive than ever and some believe that we are on the threshold of finding that could shift human society permanent for better or worse.

What is Artificial Intelligence?

Artificial intelligence is an important technology and it is one of the branches of computer science that can be the creation of intelligent machines that can work like humans. It has become an essential part of the technology industry. It can be performed on specific tasks by processing large amounts of data.

What are artificial intelligence platforms?

It has the use of machines to perform the tasks that are performed by human beings. This platform of AI is performed like human minds such as learning, solving problems, reasoning, social intelligence. In this AI is classifies either as narrow AI/ weak AI which is generally meant for particular tasks, the strong AI is also known as artificial general intelligence it can find the solutions for different tasks.

There are different kinds of AI platforms.

Machine learning.

Automation.

Natural language processing and natural language understanding.

Cloud infrastructure.

1.Machine learning: It is one of the roots of artificial intelligence. When machines take care of your problems? first, we require good and reliable data to work machines well. All you need is going to build what you want. It uses the above processes to learn complicated decision systems.

2.Automation: Automation is everywhere in technology. In your artificial intelligence also automation is a must-have feature. It is basically creating software or hardware that is capable of doing tasks automatically without human interruption. Artificial intelligence is all about trying to make machines or software imitator, and ultimately, supersede human behaviour and intelligence. With the right way, you can automate processes such as invoicing, marketing, job documents with ease.

3.Natural language processing and natural language understanding: Natural language processing (NPL) is an interaction between human (natural) and computer language and it is referring to communicate with an intelligence system.

The field of natural language understanding (NPU) is an important and challenging subset of Natural language processing (NPL). By using an algorithm, this is to reduce human speech structured.

4. Cloud infrastructure: Cloud infrastructure has a feature provides the scalability to grow and access resources to deploy even the complex artificial intelligence and machine learning solutions.

Artificial intelligence is trending technology with the potential not only improve the existing cloud platform authorities but also boost up a new generation of cloud computing technology.

Current forms of Artificial intelligence:

Voice assistants: If we call any technology that makes our lives easier by one name is almost impossible. It is a digital assistant that uses voice recognition, speech, and natural language processing to provide a service through a special application. They differ essentially based on how we interact with the technology, the app, or a combination of both.

Translation: The translation is not just about translating languages. This is also about translating objects, pictures, and sounds into data that can be used in various algorithms.

Predictive systems: Artificial intelligence is looking at statistical data and forms valuable conclusions for investors, doctors, meteorologists, and nearly every other field where statistics and event prediction prove valuable.

Top artificial intelligence platforms:

Below are the best top AI platforms using the software.

Microsoft Azure machine learning.

Google cloud prediction API.

Tensor flow.

Infosys nia.

Wipro HOLMES.

API.AI.

Premonition.

Rainbird.

Vital.AI.

MindMeld.

Is AI dangerous?

Artificial intelligence’s are long series of programmed replies and collections of data right now, and they don’t have the capability to makes really independent decisions. If AI sees humanity as useless for its purposes, it could easily eliminate us from the equation by using our existing properties of biological weapons, or by making existing viral agents into weapons to make our city to come to a pause.

Artificial intelligence will probably get a small smarter and kill a lot more people in the process before we figure out how to make it actually clever. Clever AI in the future, the super-intelligent sentient sort, is probably going to see us as either tool to manipulate, like toys to play with, or as pets to protect.

Humans have empathy made in because we evolved to be social animals. Artificial intelligence made from the ground needn’t come with empathy. If we don’t make sure to build empathy into such artificial intelligence at the onset, it could be dangerous for us.